Connector IEC pin and sleeve 3P4W 480V 30AMP | Electrozad South

Product image for Connector IEC pin and sleeve 3P4W 480V 30AMP
Image thumbnail 0
Image thumbnail 1
Image thumbnail 2
Image thumbnail 3

Email

Connector IEC pin and sleeve 3P4W 480V 30AMP

Manufacturer: Hubbell Wiring Devices | Catalog # HBLS430C7W | Electrozad South Part # 273742

$814.82 /ea
pc
Log in or register to view your price, purchase history, and more!
1 available

For Delivery

Not in local stock *
Check another branch
Advantage™ Series switch-rated IEC pin and sleeve device connector features UV-stabilized, impact and corrosion-resistant PBT housing is designed to withstand harsh industrial environments. Hubbell puts the Advantage™ into the palm of your hands with the easy-to-use leverage grip design from Hubbell. UL witnessed IP69k and UL Type 4X and 12. Device is built to withstand wet and harsh environments. Highly visible and long lasting green LED lights on both sides of the device provide visual verification of power when connected.

Technical Information

Amperage
30 A
Applications
For Industrial, Commercial
Conductor Size
12-8 AWG
Contact Material
Brass
Cord Type
All Portable
Current
30 A
Material
PBT
Mounting Type
Cord
Number of Poles
3
Number of Wires
4
Size
Standard Sized
Style
IP69k NEMA 4X
TC Connection
Pressure Screw Terminal
Type
Female Connector
Voltage
480 V
Wattage
14,400 Watt
Wire Size
#12AWG-#8AWG

Manufacturer Information

Brand
Hubbell Wiring Device Kellems
Sub Brand
IEC 309 Pin and Sleeve

General Product Info

12-Digit UPC
783585550572
Color
Red
GTIN
00783585550572
Product UPC
78358555057

Dimensions

Height
4.120 in
Length
9.810 in
Width
5.0 in

Certifications & Compliance

Country of Origin
USA
Overview
  • Unswitched ground and power indicating LED lights
  • UL Type 4X, 12 and IP69k environmental ratings
  • Mates with existing installed base of IEC 60309-2 pin and sleeve devices
  • Approved as a diconnecting means for motor circuits and branch circuits
  • Impact and corrosion-resistant PBT that is color coded by voltage

Compare